RD200/300 TOOL OPERATION MANUAL V02.
Model description ............................................................................................................................. 2 Installation ........................................................................................................................................ 3 Driver installation (For change to virtual COM port mode) ............................................................... 4 Common Setting ...........................................................................
Model description Model RD200-M1 Picture Difference description HF RFID Desktop Reader Frequency: 13.56 MHz Support tag: ISO-14443A / Mifare Ultralight / NTAG203 RD200-MIC HF RFID Desktop Reader Frequency: 13.
Installation The default setting of USB Mode is USB Keyboard Emulation. This Keyboard mode would send an "Enter" signal when read the card. If user let cursor focus on "Set" button and read the card that will press the "Set" button at the same time.
Driver installation (For change to virtual COM port mode) 1. Follow firmware update procedure to change virtual COM port mode firmware. (ex. RD200_U1_COM_V0191_20150316.SYB) 2. Connect RD200/RD300, system will automatically pop-up the "Found New Hardware Wizard" window for install the driver. 3. Allocate the driver folder, and then complete the installation. (SYRIS_RFID_DVD\RD200\Driver) 4
Common Setting 1. USB Mode There are three selections of USB modes in "USB auto" connection, after selected the mode then click Set to finish the setting procedure, or click Get Current Setting to read current setting from the reader. USB Keyboard Emulation： The device can emulate keyboard to send character or string to host terminal.
Device response data when received protocol command, and the data will be queued in device buffer. USB HID-Compliant Device Auto Send： The device sends UID to host terminal after read card. 2. Virtual COM Port mode (Need update firmware) There are two selections of USB modes in "COM x" connection. USB Serial Port Auto Send： The device send UID to host terminal after read card. USB Serial Port： Device response data when received protocol command, and the data will be queued in device buffer. 3.
4. Read Card Mode In this mode, program provided different options for user to choose, after ticked the options, just click Set to finish the setting procedure, or click Get Current Setting to read current setting from the reader. Options Descriptions Auto Automatically read card Beep Prompt the beep sound or not. LED Flash the LED when read the card. Same Card Detection Energy Saving Mode eTag If continuously read the same card, user has to wait around 1.5 sec then could read again.
6. Send ID Format This tool provide many ID format to choose, such as 4~16 numbers of hexadecimal and 4~13 numbers of decimal. Also can put comma, space…etc. into the ID format, after ticked the items then click Set to finish the setting procedure, or click Get Current Setting to read current setting from the reader.
7. Read Card Time Postponement / Same Card Detection Time Read Card Time Postponement: The intermission time of card reading. Same Card Detection Time: The intermission time of same card detection. After adjusted the time then click Set to finish the setting procedure, or click Get Current Setting to read current setting from the reader.
Auto Read (13.56 MHz only) Available card type: Setup read card type. Set auto read Mifare Class or Ultralight in this tab to read specific block automatically. 1. Enable and select correct block. 2. Click set auto read. 3. Reader will always read selected block automatically. Write Key to EEPROM: Save your Mifare key to reader.
NTAG/Ultralight (13.56 MHz only) 1. Read Card Data: Select correct block to read NFC tag’s data. 2. Write Card Data: Select correct block to write NFC tag’s data. (Recommend select HEX code to write.) 3. UID : Read tag’s UID 4. Read Card All Data: Input max block number in “NO” and start to read all data. 5. URL address: This is a simple demo to read/write URL to tag.
For example Write a URL to NTAG203. (NDEF specification) http://ftp.syris.com/index.php?folder=U1lSSVNfUkZJRF9EVkQvUkQyMDA= URI is "http://" (URI Identifier Code =03(Hex)) String is "ftp.syris.com/index.php?folder=U1lSSVNfUkZJRF9EVkQvUkQyMDA=" (Total 59 characters) You need write block with RD200 tool as blow.
MIFARE (Mifare only) ※Please set the MIFARE Key before you change the Key in EEPROM. The following sections will describe the different functions as below. 1. Card Data Read/Write Test When user intend to read/write the card data that could tick the "EEPROM" to use the "Key" in the EEPROM (the prerequisite is the "Key" must has been stored in EEPROM already) or manually input the Key value for verifying.
MIFARE Key 1. Write KEY to Card User can write key value to card, the steps as below: 1. Allocate a Sector 2. Input Old key value and select Key A or B 3. Input New Key A or Key B value 4. Click Issue MIFARE Card to update the Key value. Note 1: "Access bits" value will auto-compute by the program. Note 2: The Old key must be correct otherwise the program will shows up an error message.
2. Access bits (KEY) User can set the verifying conditions for read/write or other actions. Read: Read block. Write: Write block. INC: Add transfer restore. DEC: Subtract transfer restore. A/B: Verify Key A or Key B A: Only verify Key A B: Only verify Key B never: will not verify any Key Please refer to MIFARE specification for more detail.
LF Card (RD200-LF 125KHz only) This function can let user to set all available 125kHz card types, after ticked the items then click Set to finish the setting procedure, or click Get Current Setting to read current setting from the reader.
EPC/eTag (RD200-U1 UHF reader only) 1. Auto EPC Data Read : Select correct bank(EPC, TID or USER), address and length to setup RD200-U1 auto read data. Shift one byte: auto read data will shift a byte. ex. Unselect shift one byte : 012DF30008DD97B5230F02BD Select shift one byte : 00012DF30008DD97B5230F02 2. eTag Data Read/Write: Read/Write test function for Taiwan freeway eTag. 3. EPC Data Read/Write: Test read/write EPC tag data in this area.
DESFire (13.56MHz only) Provide to test DESFire command.
ISO 14443B (13.56MHz only) Provide to test ISO 14443B command.
ISO 15693 (RD200-MIC & RD300 MHz supported) Provide to test ISO 15693 command.
Fingerprint (RD300-FH1 only) A. Basic 1. 2. 3. 4. 5. 6. 7. 8. 9. Open / Close : Setup fingerprint sensor enable/ disable. Finger No: RD300-FH1 support 2000 fingerprints. Select from 0 to 1999 to config fingerprint. Delete: Delete selected fingerprint number (Finger No). Delete all: Delete all fingerprints. Check Free: Check selected fingerprint number is in use or free. Get Enroll Count: Check how many fingerprint numbers was used.
B. Fingerprint UID Manager 1. 2. 3. 4. 5. 6. 7. Read Data: Select number range to read fingerprint database in reader. Write Data: Select number range to write fingerprint database in reader. Load Form File: Load “uid.txt” file. Save to File: Save current data to txt file.(uid.txt) Random All UID: Set fingerprint’s UID to random value. Initial All UID: Set fingerprint’s UID to default value. Add / Update: Add / modify specific fingerprint’s UID, note and template.
Command Test This page provides several command examples, user can choose the example from the Request Sample List, or directly input the CMD and {DATA} to test the command. 1. Click Send Request to send command to reader, Click Read Card to read card data. 2. The response data of the request command are all display on Response Data fields. 3. The bottom of screen function is a utility to convert ASCII characters to Hexadecimal.
Firmware Update Before update the firmware, system will pop up a warning message window. The firmware update steps as below: Step 1. Click Select firmware file Step 2. Choose a firmware file (*.SYB) Step 3.
FCC INFORMATION The Federal Communication Commission Radio Frequency Interference Statement includes the following paragraph: The equipment has been tested and found to comply with the limits for a Class B Digital Device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation.
